Generators and Iterators

A. To count the number of elements in an iterator

B. To generate an increasing sequence of numbers

C. To calculate the average of elements

D. To calculate the sum of elements

A. A specialized class for iteration

B. A generator with two yield statements

C. A function that can yield control and later resume

D. A function that only returns values

A. coroutine def

B. def coroutine

C. async def

D. def async

A. To create new coroutines

B. To pause a coroutine's execution

C. To terminate a coroutine

D. To run a coroutine synchronously

A. Using the async yield keyword

B. Using the async generator keyword

C. Using the async def keyword with yield

D. Using the async keyword with a regular generator